Meconium aspiration device

Claim 2

A meconium aspiration device for airway management of newborn infants comprising: (a) a cylindrical body having first and second ends, and a side forming a hollow chamber therein; (b) said body having an inlet opening in the first end, and a finger control port on the second end, both in communication with the hollow chamber of the body allowing interconnection therebetween; (c) said body further having an outlet passage, said outlet passage being positioned on said side at an angular displacement of from 30 to 60 degrees from said inlet opening in communication with said hollow chamber such that gravity will not allow meconium to flow from the outlet to the inlet when the aspiration device is held vertical and no pressure differential exists between atmosphere and the device; (d) a suction catheter having a proximal end and a distal end with the proximal end connected to the inlet opening on the first end of the body allowing endotracheal intubation of an infant; (e) a stylet, looped into a right angle handle on one end, positioned within the finger control port, body hollow chamber and suction catheter, with the handle protruding outside of the body for stiffening said catheter and allowing preshaping to adapt the catheter to any desired contour; and, (f) a flexible suction link tube joined to said outlet passage on one end and having attaching means on the other for joining the aspiration device to a source of negative air pressure allowing intubation of the catheter into the pharynx and trachea of a newborn and suctioning the area, thereby removing meconium through the aspiration device's interconnecting openings, passages and chamber, and, adjusting the amount of suction by placing a finger on the control port in a regulating manner.

Claim 3

The aspiration device as recited in claim 1 further comprising, said outlet passage having an angular displacement of 45 degrees.

Claim 4

The aspiration device as recited in claim 1 wherein said suction catheter further comprises indica imprinted on the outside thereof indicating distance allowing visual determination of the depth of the intubation, and said catheter having a slot in one side in close proximity to the distal end.

Claim 5

The aspiration device as recited in claim 1 wherein said stylet further comprises a wire of substantially uniform diameter having sufficient flexibility to be bent by hand in a desired shape, covered with a polymer material of sufficient resilience to accommodate the desired bending while maintaining the integrity of the union.

Claim 6

The aspiration device as recited in claim 1 wherein said suction link tube attaching means further comprises a standard sized connector having a slightly tapered end such that an airtight interface is created.

Claim 7

The aspiration device as recited in claim 1 further comprising an occlusion slide disposed over said suction link tube such that the tube may be obstructed preventing suction from being applied by an outside source.

Claim 8

A meconium aspiration device for airway management of newborn infants comprising: (a) a cylindrical body having first and second ends, and a side forming a hollow chamber therein; (b) said body having an inlet opening in the first end, and a finger control port on the second end, both in communication with the hollow chamber of the body allowing interconnection therebetween; (c) said body further having an outlet passage, said outlet passage being positioned on said side at an angular displacement of from 30 to 60 degrees from said inlet opening in communication with said hollow chamber such that gravity will not allow meconium to flow from the outlet to the inlet when the aspiration device is held vertical and no pressure differential exists between atmosphere and the device; (d) a suction catheter having a proximal end and a distal end with the proximal end connected to the inlet opening on the first end of the body allowing endotracheal intubation of an infant; (e) a stylet, looped into a handle on one end, positioned within the finger control port, body hollow chamber and suction catheter, with the handle protruding outside of the body for stiffening said catheter and allowing preshaping to adapt the catheter to any desired contour; (f) a flexible suction link tube joined to said outlet passage on one end and having attaching means on the other for joining the aspiration device to a source of negative air pressure allowing intubation of the catheter into the pharynx and trachea of a newborn and suctioning the area, thereby removing meconium through the aspiration device's interconnecting openings, passages and chamber, and, adjusting the amount of suction by placing a finger on the control port in a regulating manner. (g) an occlusion slide disposed over said suction link tube such that the tube may be obstructed preventing suction from being applied by an outside source, and (h) a ventilation mechanism affixed over said finger control port with the stylet removed and said occlusion slide obstructing the suction link tube creating a contradistinction allowing the aspiration device to ventilate the newborn while the catheter is still in place.

Claim 9

A meconium aspiration device for airway management of newborn infants comprising: (a) a cylindrical body having first and second ends, and a side forming a hollow chamber therein; (b) said body having an inlet opening in the first end, and a finger control port on the second end, both in communication with the hollow chamber of the body allowing interconnection therebetween; (c) said body further having an outlet passage, said outlet passage being positioned on said side at an angular displacement of from 30 to 60 degrees from said inlet opening in communication with said hollow chamber such that gravity will not allow meconium to flow from the outlet to the inlet when the aspiration device is held vertical and no pressure differential exists between atmosphere and the device; (d) a suction catheter having a proximal end and a distal end with the proximal end connected to the inlet opening on the first end of the body allowing endotracheal intubation of an infant; (e) a stylet, looped into a handle on one end, positioned within the finger control port, body hollow chamber and suction catheter, with the handle protruding outside of the body for stiffening said catheter and allowing preshaping to adapt the catheter to any desired contour; (f) a flexible suction link tube joined to said outlet passage on one end and having attaching means on the other for joining the aspiration device to a source of negative air pressure allowing intubation of the catheter into the pharynx and trachea of a newborn and suctioning the area, thereby removing meconium through the aspiration device's interconnecting openings, passages and chamber, and, adjusting the amount of suction by placing a finger on the control port in a regulating manner. (g) an occlusion slide disposed over said suction link tube such that the tube may be obstructed preventing suction from being applied by an outside source, and (h) a ventilation mechanism affixed over said finger control port with the stylet removed and said occlusion slide obstructing the suction link tube creating a contradistinction allowing the aspiration device to ventilate the newborn while the catheter is still in place.

Claim 10

A meconium aspiration device for airway management of newborn infants comprising: (a) a cylindrical body having first and second ends, and a side forming a hollow chamber therein; (b) said body having an inlet opening in the first end, and a finger control port on the second end, both in communication with the hollow chamber of the body allowing interconnection therebetween; said finger control port having an inverted keyhole shaped radial groove with the radial portion the same size as a stylet and a narrow portion open completely through the port allowing a stylet to snap into place in the groove and be held in place and out of the way when a finger is placed on the control port, (c) said body further having an outlet passage, said outlet passage being positioned on said side at an angular displacement of from 30 to 60 degrees from said inlet opening in communication with said hollow chamber such that gravity will not allow meconium to flow from the outlet to the inlet when the aspiration device is held vertical and no pressure differential exists between atmosphere and the device; (d) a suction catheter having a proximal end and a distal end with the proximal end connected to the inlet opening on the first end of the body allowing endotracheal intubation of an infant; (e) a stylet, looped into a handle on one end, positioned within the finger control port, body hollow chamber and suction catheter, with the handle protruding outside of the body for stiffening said catheter and allowing preshaping to adapt the catheter to any desired contour; and (f) a flexible suction link tube joined to said outlet passage on one end and having attaching means on the other for joining the aspiration device to a source of negative air pressure allowing intubation of the catheter into the pharnyx and trachea of a newborn and suctioning the area, thereby removing meconium through the aspiration device's interconnecting openings, passages and chamber, and, adjusting the amount of suction by placing a finger on the control port in a regulating manner.

Claim 11

A meconium aspiration device for airway management of newborn infants comprising: (a) a cylindrical body having first and second ends, and a side forming a hollow chamber therein; (b) said body having an inlet opening in the first end, and a finger control port on the second end, both in communication with the hollow chamber of the body allowing interconnection therebetween; said finger control port having an inverted keyhole shaped radial groove with the radial portion the same size as a stylet and a narrow portion open completely through the port allowing a stylet to snap into place in the groove and be held in place and out of the way when a finger is placed on the control port, (c) said body further having an outlet passage, said outlet passage being positioned on said side at an angular displacement of from 30 to 60 degrees from said inlet opening in communication with said hollow chamber such that gravity will not allow meconium to flow from the outlet to the inlet when the aspiration device is held vertical and no pressure differential exists between atmosphere and the device; (d) a suction catheter having a proximal end and a distal end with the proximal end connected to the inlet opening on the first end of the body allowing endotracheal intubation of an infant; (e) a stylet, looped into a handle on one end, positioned within the finger control port, body hollow chamber and suction catheter, with the handle protruding outside of the body for stiffening said catheter and allowing preshaping to adapt the catheter to any desired contour; and (f) a flexible suction link tube joined to said outlet passage on one end and having attaching means on the other for joining the aspiration device to a source of negative air pressure allowing intubation of the catheter into the pharnyx and trachea of a newborn and suctioning the area, thereby removing meconium through the aspiration device's interconnecting openings, passages and chamber, and, adjusting the amount of suction by placing a finger on the control port in a regulating manner.